Iterative construction of [0.03%]
迭代构造法
Michał Horodecki,Michal Studzinski,Marek Mozrzymas
Michał Horodecki
In this work, we present an algorithmic treatment of the representation theory of the algebra of partially transposed permutation operators, denoted by $/mathcal{A}^d_{p,p}$, which is a matrix representation of the abstract walled Brauer al...
Homoepitaxy-like heteroepitaxy via monolayer interface achieves grain-boundary-free ultraflat silver thin films [0.03%]
单层界面异质同晶外延生长无晶界超平银薄膜
Su Jae Kim,Seon Je Kim,Young-Hoon Kim et al.
Su Jae Kim et al.
Wafer-scale growth of metallic films into single crystals is challenging due to large lattice mismatch and uncontrollable atom stacking during deposition. Here, single-crystalline Ag(111) films are grown on atomically flat Cu(111) buffer la...
Focus on the Raman 2D band of the graphene materials: bibliographic review and guiding tools for determining number of layers and stacking configurations [0.03%]
聚焦石墨烯材料的拉曼G带：文献综述及层堆叠构型确定指引工具
K Halid Dinar,Romain Parret,Olivier Chuzel et al.
K Halid Dinar et al.
Raman spectroscopy is a widely utilized technique for the analysis of graphene materials within academic and industry contexts. This technique is characterized by its ease of implementation, rapidity, and non-destructive nature. Spectra res...
Understanding polaronic transport in complex oxides by combining precise synthesis and first-principles many-body theory [0.03%]
结合精确合成和第一性原理多体理论理解复杂氧化物中的极化子输运现象
Fengdeng Liu,Zhifei Yang,Yao Luo et al.
Fengdeng Liu et al.
In complex oxides, charge carriers often couple strongly with lattice vibrations to form polaronsentangled electron-phonon quasiparticles whose transport properties remain difficult to characterize. Experimental access to intrinsic polaroni...
Kayn A Forbes
Kayn A Forbes
For over three decades, the study of optical vortex beams carrying orbital angular momentum (OAM) has been at the forefront of optics, driven by fundamental questions about optical momentum as well as diverse applications in quantum informa...
Ultralow-power reservoir computing based on bidirectionally operable ferroelectric capacitors with tunable time constants [0.03%]
基于时间常数可调的双向铁电电容器的超低功耗液瓣计算
Linyuan Mo,Zhen Fan,Jiali Ou et al.
Linyuan Mo et al.
Physical reservoir computing (RC) systems have emerged as a prominent research frontier due to their exceptional efficiency in temporal information processing. However, existing implementations, predominantly utilizing resistive devices, fa...
Enhancement of Curie Temperature in Ferromagnetic Insulator-Topological Insulator Heterostructures [0.03%]
铁磁绝缘体-拓扑绝缘体异质结中居里温度的增强现象
Murod Mirzhalilov,Nandini Trivedi,Mohit Randeria
Murod Mirzhalilov
We theoretically analyze the topological insulator (TI) surface state mediated interactions between local moments in a proximate 2D ferromagnetic insulator (FMI) motivated by recent experiments that show a significant increase in the Curie ...
A universal design principle for switchable control of the second-order nonlinear Hall effect [0.03%]
一种切换控制二阶非线性霍尔效应的通用设计原理
Xiaoliang Xiao,Xingyu Yue,Jinyang Ni et al.
Xiaoliang Xiao et al.
Manipulating the nonlinear Hall effect (NLHE) through non-volatile approach is of great significance for device applications, yet effective gating control remains elusive. In this Letter, using first-principles calculations and symmetry ana...
Jahn-Teller distortions induced strong negative thermal expansion in α-Cu2V2O7 [0.03%]
强Jahn-Teller畸变导致α- Cu2V2O7中产生强烈的负热膨胀效应
Xiangkai Hao,Shibo Zhao,Qilong Gao et al.
Xiangkai Hao et al.
Negative thermal expansion (NTE) refers to volume contraction upon heating, but the intrinsic complexity of its physical mechanisms presents a fundamental challenge. α-Cu2V2O7 exhibits significant anisotropic NTE over a wider temperature r...
Anomalous statistics in the Langevin equation with fluctuating diffusivity: from Brownian yet non-Gaussian diffusion to anomalous diffusion and ergodicity breaking [0.03%]
波动扩散系数朗之万方程中的异常统计：从布朗非高斯扩散到 anomalous 扩散和 ergodicity 破缺
Takuma Akimoto,Jae-Hyung Jeon,Ralf Metzler et al.
Takuma Akimoto et al.
Diffusive motion is a fundamental transport mechanism in physical and biological systems, governing dynamics across a wide range of scales---from molecular transport to animal foraging. In many complex systems, however, diffusion deviates f...